With the proliferation of 5G base stations and new energy vehicles, the thermal management requirements for electronic devices are becoming increasingly stringent. In the realm of thermal interface materials, Phenyl Silicone Oil is emerging as the preferred carrier for high-end applications. Phenyl Silicone Oil is hailed as a "heat-resistant pioneer" because of the phenyl groups introduced into its molecular chain. This structure not only endows it with higher refractive index and dielectric properties compared to ordinary silicone oils but, more importantly, significantly enhances its thermal stability. In high-temperature aging tests, phenyl silicone oil demonstrates extremely low volatility and oxidation stability. This ensures that thermal gels or greases made from it do not dry out or harden during long-term high-temperature operation, guaranteeing the enduring efficiency of the heat dissipation path. Currently, phenyl silicone oil plays a critical role in high-performance thermal pads for CPUs/GPUs and potting compounds for power batteries, safeguarding the "cooling" of electronic hearts.
High temperature resistant silicone oil IOTA 255